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Introduction Coherent State Approach to Biophotons The Cancer Problem Acknowledgements References

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It is worthwhile to note that eq.(22) does not lead automatically to a breakdown of the coherence of the system under study. Just the opposite is the case: This mechanism may work quite well as an excellent and powerful tool of modulating coherent carrier waves and regulating the biological information transfer within the system. Actually, specific absorption and reemission of k- and j- modes allow the regulatory interactions between the coherent field and all bio-molecules, where j and k are not limited but may play the whole concert of life. However, this includes rather harmful events such as rapid or chronic perturbations in such a way that  works as a strong and durable resonance absorber of coherent waves and emitter of chaotic ones. It is likely that this happens in the case of carcinogenic compounds, according to the correlations in Table 1.

Table 1a. Non-carcinogenic compounds, M02=0, M12=0.

Table 1b. Non-carcinogenic compounds, M12=0.

Table 1c. Non-carcinogenic compounds Ep>3.25 eV.

Table 1d. Strongest carcinogenic compounds, Ep @ 3.25 eV. Ea @ 3.1 eV.

Table 1e. Feebly carcinogenic compounds, DE @ 0.15 eV.

Table 1f. Feeble carcinogenic compounds, DE @ 0.15 eV.

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